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March 2025. You will be working as part of a team to develop multi-scale modelling tools for materials under high-strain-rate and impact loading. You will develop and enhance a crystal plasticity
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the Cader group who are researching the same topic. You will be expected to develop or optimise the relevant methods and tools. You will also be expected to provide support and guidance to research students
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supported to formulate and develop your own scientific questions within the scope of the group’s interests. The position offers an exciting opportunity to work at the world-class biomedical research institute
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significant area of focus in this group, and you will have the chance to collaborate on other relevant studies and access educational and career development opportunities through the Wellcome Centre
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and enthusiastic researcher to develop their career in statistical epidemiology within the internationally leading Department of Statistics in the University of Oxford at a critical time for this field
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Pathology group. You will be part of a bigger EU-funded project which goal is to develop a safe and efficient cell therapy based on genome edited T cells for IgA nephropathy (IgAN). IgAN is the most common
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the Cader group who are researching the same topic. You will be expected to develop or optimise the relevant methods and tools. You will also be expected to provide support and guidance to research students
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. Possess sufficient specialist knowledge in the discipline to develop research projects and methodologies. Excellent organisational skills and the ability to manage and prioritise varied and diverse work
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evidence of excellent written and verbal communication skills, e.g. peer-reviewed research papers, external conference talks, teaching and have expertise in using organoid models and high throughput next
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developing an existing widely-used atomic physics model, GRASP, to include new and more accurate methods to calculate quantum electrodynamic corrections to energy levels. The successful candidate will develop